In this study, flexible thermoelectric coolers (FTECs) are used to develop an alternative
personalized cooling technology to achieve a large temperature drop of 10° C and cooling …

The barrier layer between thermoelectric (TE) legs and electrodes has crucial impact on the
electrothermal conversion efficiency of the TE device; however, the interfacial reaction of the …

Co-catalyst modification has been studied as a strategy to enhance silicon
nanowires'(SiNWs') photoelectrocatalytic performance for CO2 reduction since their high …

Flexible thermoelectric (TE) devices have great potential in wearable electronics, but there is
great challenge to realize robust TE device with high performance via feasible integration …

Artificially tilted multilayer thermoelectric devices (ATMTDs) have attracted extensive
attention because of their numerous advantages, such as high integration, great structural …

Due to the complex principle of transverse thermoelectric conversion and the specific
preparation technique, there are few studies on the three-dimensional structure of artificially …

Low-cost flexible thermoelectric (TE) films with excellent cooling performance are critical for
the in-plane heat dissipation application based on the TE film refrigeration technology. In …

Transverse thermoelectric performance of the artificially tilted multilayer thermoelectric
device (ATMTD) is very difficult to be optimized, due to the large degree freedom in device …

Micro-thermoelectric coolers are emerging as a promising solution for high-density cooling
applications in confined spaces. Unlike thin-film micro-thermoelectric coolers with high …

Artificially-tilted multilayer transverse thermoelectric devices (ATMTTDs) have a large
degree of design freedom, which is convenient for designing devices for different working …